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--- a/docs/html/_sources/methods/02_support_tools/README.rst.txt
+++ b/docs/html/_sources/methods/02_support_tools/README.rst.txt
@@ -27,14 +27,21 @@ Data
The following data sources were used within this project task.
-**Land use**
+Land use
+~~~~~~~~~~~~~~~~~~~~~~~~
In i-Tree Eco Land Use (LU) is defined as the land use type in which a tree is located. In i-Tree Eco, there are 13 default land use classes defined (see `Table 1 The following data sources were used within this project task. Land use In i-Tree Eco Land Use (LU) is defined as the land use type in which a tree is located. In i-Tree Eco, there are 13 default land use classes defined (see Table 1).
-The land resource map FKB-AR5 (Ahlstrøm et al. 2019, Kartverket, 2023b) and the land use map from SSB (2022) are combined, and the different land use classes are translated to the Land Use classes defined in i-Tree Eco Table 2 and Table 3.Installation
Data¶
Land use¶
Municipal Tree Inventory¶
+The land resource map FKB-AR5 (Ahlstrøm et al. 2019, Kartverket, 2023b) and the land use map from SSB (2022) are combined, and the different land use classes are translated to the Land Use classes defined in i-Tree Eco using the lookup tables: Table 2 and Table 3.
The municipalities within the Trekroner-project each provided a tree inventory database. +The tree inventory databases contain information about the trees in the municipality, +such as tree species, tree height, tree diameter, and tree location. +The tree inventory databases were cleaned and standardized to ensure that the data could be used in the i-Tree Eco analysis.
The output is a cleaned municipal tree dataset that contains the mandatory input attributes for the i-Tree Eco model.
+Atrribute category |
+Nr. |
+Name (EN) |
+Alias (NO) |
+data_type |
+unit |
+domain |
+notes |
+
---|---|---|---|---|---|---|---|
Tree identification |
+1 |
+GlobalID |
+GlobalID |
+GUID |
+
|
++ | + |
2 |
+FKID_stem |
+FKID_stem |
+GUID |
+
|
++ | + | |
3 |
+itree_spec |
+i-Tree Eco (1/0) |
+SHORT |
++ | + | + | |
4 |
+tree_id |
+Tre ID |
+TEXT |
+
|
++ | i-Tree Eco input variable |
+|
5 |
+crown_id |
+Krone ID |
+TEXT |
+
|
++ | + | |
Species |
+6 |
+scientific_name |
+Vitenskapelige navn |
+TEXT |
+
|
++ | + |
7 |
+taxon_genus |
+Genus |
+TEXT |
+
|
++ | + | |
8 |
+common_name |
+Engelsk navn |
+TEXT |
+
|
++ | i-Tree Eco input variable |
+|
9 |
+norwegian_name |
+Treslag |
+TEXT |
+
|
++ | + | |
10 |
+species_comment |
+Treslag kommentar |
+TEXT |
+
|
++ | + | |
11 |
+species_origin |
+Treslag kilde |
+TEXT |
+
|
+feltregistering |
++ | |
Diameter at Breast +Height (DBH) |
+12 |
+stem_circumference |
+Stammeomkrets (cm) |
+FLOAT |
+cm |
++ | + |
13 |
+dbh |
+Stammediameter (cm) |
+FLOAT |
+cm |
++ | i-Tree Eco input variable |
+|
14 |
+dbh_height |
+DBH målingshøyde |
+FLOAT |
+cm |
++ | i-Tree Eco input variable |
+|
15 |
+dbh_comment |
+DBH kommentar |
+TEXT |
++ | + | + | |
16 |
+dbh_origin |
+DBH kilde |
+TEXT |
++ | feltregistering, regresjonsmodell |
++ | |
Tree Height |
+17 |
+tree_height_laser |
+Høyde (laser) |
+FLOAT |
+m |
++ | + |
18 |
+height_in_situ |
+Høyde (in situ) |
+FLOAT |
+m |
++ | + | |
19 |
+height_total_tree |
+Høyde (m) |
+FLOAT |
+m |
++ | i-Tree Eco input variable |
+|
20 |
+height_live_tree |
+Høyde levende tre (m) |
+FLOAT |
+m |
++ | i-Tree Eco input variable |
+|
21 |
+height_crown_base |
+Høyde til krone (m) |
+FLOAT |
+m |
++ | i-Tree Eco input variable |
+|
22 |
+height_comment |
+Høyde kommentar |
+TEXT |
++ | + | + | |
23 |
+height_origin |
+Høyde kilde |
+TEXT |
++ | laserdata, feltregistering, regresjonsmodell |
++ | |
Crown Geometry |
+24 |
+crown_diam_insitu |
+Kronediameter (in situ) |
+FLOAT |
+m |
++ | + |
25 |
+crown_diam |
+Kronediameter (m) |
+FLOAT |
+m |
++ | + | |
26 |
+crown_radius |
+Krone radius (m) |
+FLOAT |
+m |
++ | + | |
27 |
+crown_vol |
+Krone volum (m3) |
+FLOAT |
+m3 |
++ | + | |
28 |
+crown_area |
+Kroneareal (m2) |
+FLOAT |
+m2 |
++ | + | |
29 |
+crown_peri |
+Krone omkrets (m) |
+FLOAT |
+m |
++ | + | |
30 |
+EV_angle |
+EV vinkel (°) |
+FLOAT |
+geographic degrees |
++ | + | |
31 |
+NS_width |
+Krone bredde NS (m) |
+FLOAT |
+m |
++ | i-Tree Eco input variable |
+|
32 |
+EW_width |
+Krone bredde ØV (m) |
+FLOAT |
+m |
++ | i-Tree Eco input variable |
+|
33 |
+crown_origin |
+Krone kilde |
+TEXT |
++ | laserdata year, feltregistering year, regresjonsmodell |
++ | |
34 |
+crown_comment |
+Krone kommentar |
+TEXT |
++ | + | + | |
35 |
+geo_relation |
+Geometrisk relasjon |
+TEXT |
++ | “Case 1”;”Case 2”;”Case 3”;”Case 4”; |
++ | |
Crown Condition |
+36 |
+crown_dieback |
+Krone skade |
+TEXT |
+% |
++ | i-Tree Eco input variable |
+
37 |
+percent_crown_missing |
+Krone skade prosent |
+TEXT |
+% |
+“15% - 20%” |
+i-Tree Eco input variable |
+|
38 |
+cle_class |
+Krone lys klasse |
+SHORT |
++ | 1,2,3,4,5 |
+i-Tree Eco input variable |
+|
39 |
+cle_perc |
+Krone lys prosent |
+FLOAT |
+% |
++ | i-Tree Eco input variable |
+|
Building Interaction (energy Impact) |
+40 |
+bld_dir_1 |
+Bygg retning 1 |
+FLOAT |
+degrees |
++ | i-Tree Eco input variable |
+
41 |
+bld_dir_2 |
+Bygg retning 2 |
+FLOAT |
+degrees |
++ | i-Tree Eco input variable |
+|
42 |
+bld_dir_3 |
+Bygg retning 3 |
+FLOAT |
+degrees |
++ | i-Tree Eco input variable |
+|
43 |
+bld_dist_1 |
+Bygg avstand 1 (m) |
+FLOAT |
+m |
++ | i-Tree Eco input variable |
+|
44 |
+bld_dist_2 |
+Bygg avstand 2 (m) |
+FLOAT |
+m |
++ | i-Tree Eco input variable |
+|
45 |
+bld_dist_3 |
+Bygg avstand 3 (m) |
+FLOAT |
+m |
++ | i-Tree Eco input variable |
+|
Location +Information |
+46 |
+nb_code |
+Bydelnummer |
+SHORT |
++ | + | + |
47 |
+nb_name |
+Bydelnavn |
+TEXT |
++ | + | + | |
48 |
+polutizon_zone |
+Luftsone |
+SHORT |
++ | 1 (grønn), 2 (gull), 3 (rød) |
++ | |
49 |
+address |
+Vegadresse |
+TEXT |
++ | + | i-Tree Eco input variable |
+|
50 |
+street_tree |
+Veg tre |
+TEXT |
++ | “Y”, “N” |
+i-Tree Eco input variable |
+|
51 |
+private_public |
+Privat/offentlig område |
+TEXT |
++ | “privat omr”, “offentlig omr” |
++ | |
52 |
+SSB_hoved_underklasse |
+SSB Arealbruk |
+TEXT |
++ | + | + | |
53 |
+AR5_arealtype |
+AR5 Arealbruk kode |
+TEXT |
++ | + | + | |
54 |
+AR5_arealtype_navn |
+AR5 Arealbruk |
+TEXT |
++ | + | + | |
55 |
+itree_LU |
+i-Tree Arealbruk |
+TEXT |
++ | + | + | |
56 |
+itree_LU_kode |
+i-Tree Arealbruk kode |
+TEXT |
++ | + | i-Tree Eco input variable |
+|
57 |
+itree_ground_cover |
+i-Tree Markdekke |
+TEXT |
++ | + | i-Tree Eco input variable |
+|
Administration |
+58 |
+registration_date |
+Kartleggingsdato |
+DATE |
+yyyy.mm.dd |
++ | + |
59 |
+registrant |
+Kartlegger |
+TEXT |
++ | + | + | |
60 |
+creation_date |
+Opprettelsesdato |
+DATE |
+yyyy.mm.dd |
++ | + | |
61 |
+creator |
+Oppretter |
+TEXT |
++ | + | + | |
62 |
+comment |
+Kommentar |
+TEXT |
++ | datetime.datetime.now() |
++ | |
Map Coordinates |
+63 |
+wgs84_lat |
+Latitude |
+DOUBLE |
+decimal degrees |
+y-axis |
+i-Tree Eco input variable |
+
64 |
+wgs84_lon |
+Longitude |
+DOUBLE |
+decimal degrees |
+x-axis |
+i-Tree Eco input variable |
+|
65 |
+tree_altit |
+Tre høyde over havet (m) |
+FLOAT |
+m |
++ | + | |
Regulating Ecosystem Services (i-Tree Eco) |
+66 |
+replacement_value_kr |
+Erstatningsverdi (Nkr) |
+FLOAT |
+Nkr |
++ | i-Tree Eco output variable |
+
67 |
+co2_storage_kg |
+Karbonlagring (kg) |
+FLOAT |
+kg |
++ | i-Tree Eco output variable |
+|
68 |
+co2_storage_nkr |
+Karbonlagring (NKr) |
+FLOAT |
+Nkr |
++ | i-Tree Eco output variable |
+|
69 |
+co2_seq_kg_yr |
+Årlig karbonbinding (kg/år) |
+FLOAT |
+kg/år |
++ | i-Tree Eco output variable |
+|
70 |
+co2_seq_nkr_yr |
+Årlig karbonbinding (Nkr/år) |
+FLOAT |
+Nkr/år |
++ | i-Tree Eco output variable |
+|
71 |
+runoff_m3_yr |
+Reduksjon av overflateavrenning (m3/år) |
+FLOAT |
+m3/år |
++ | i-Tree Eco output variable |
+|
72 |
+runoff_nkr_yr |
+Reduksjon av overflateavrenning (NKr/år) |
+FLOAT |
+Nkr/år |
++ | i-Tree Eco output variable |
+|
73 |
+co2_avoided_kg_yr |
+CO2-utslipp unngått (kg/år) |
+FLOAT |
+kg/år |
++ | i-Tree Eco output variable |
+|
74 |
+co2_avoided_nkr_yr |
+CO2-utslipp unngått (Nkr/år) |
+FLOAT |
+Nkr/år |
++ | i-Tree Eco output variable |
+|
75 |
+pollution_g_yr |
+Reduksjon av luftforurensing (g/år) |
+FLOAT |
+g/år |
++ | i-Tree Eco output variable |
+|
76 |
+pollution_nkr_yr |
+Reduksjon av luftforurensing (NKr/år) |
+FLOAT |
+Nkr/år |
++ | i-Tree Eco output variable |
+|
77 |
+energy_nkr_yr |
+Energibesparelse (Nkr/år) |
+FLOAT |
+Nkr/år |
++ | i-Tree Eco output variable |
+|
78 |
+totben_cap_2023 |
+Totalverdi ØT (Nkr/år) |
+FLOAT |
+Nkr/år |
++ | i-Tree Eco output variable |
+
References
Ahlstrøm, A., Bjørkelo, K., Fadnes, K.D. 2019. AR5 Klassifikasjonssystem. Klassifisering av arealressurser. NIBIO BOK 5 (5) 2019. http://hdl.handle.net/11250/2596511
Cimburova, Z., & Barton, D. N. (2020). The potential of geospatial analysis and Bayesian networks to enable i-Tree Eco assessment of existing tree inventories. Urban Forestry & Urban Greening, 55, 126801. https://doi.org/10.1016/j.ufug.2020.126801
Kartverket 2023a. FKB-Bygninger. Geografisk vektordatasett. https://kartkatalog.Geonorge.no/metadata/fkb-bygning/8b4304ea-4fb0-479c-a24d-fa225e2c6e97
Kartverket 2023b FKB-AR5. Geografisk vektordatasett. https://kartkatalog.geonorge.no/metadata/fkb-ar5/166382b4-82d6-4ea9-a68e-6fd0c87bf788
Statistisk sentralbyrå (SSB) 2022: Arealbruk 2022. Geografisk vektordatasett. https://kartkatalog.Geonorge.no/metadata/arealbruk-2022/a965a979-c12a-4b26-90a0-f09de47dbecd
Contributors